Mapping and analysis of a distribution process in a make-to-order supply chain

University essay from Lunds universitet/Teknisk logistik

Abstract: Background: Supply chains become more and more complex. Mapping can be a good way to understand a company’s supply chain and its processes. IKEA’s Direct Delivery Customer (DDC) process has a rather unique characteristic at IKEA. By using a make-to-order strategy are sofas, sofa covers and custom made worktops delivered to customers’ home from the supplier. The material flow goes through IKEA’s Customer Distribution Center (CDC). The DDC material flow has historically been very small and has therefore not received much attention. The volume of this material flow is continuously increasing. Problem description: The CDC terminal in Torsvik perceives problems as lack of space and much manual administrative work due to the growing DDC material flow. The trend indicates that the impact of the perceived problems becomes more and more serious as the flow continues to grow. To fully understand the process and enable process improvements, it is requested to thoroughly map the process. Purpose: The purpose of this study is to map the DDC process and investigate how it is managed. Another purpose is to identify problems in the process and suggest improvements. Objectives: 1. Explain why a product is classified as DDC and why transshipment is made at the CDC terminal in Torsvik. 2. Create understanding of the DDC process by mapping from customer order to the point when the products are delivered at customer’s home. 3. Identify and describe problems that occur in the part of the DDC process managed by the CDC terminal in Torsvik. 4. Suggest short-term and long-term improvements in the DDC process for the CDC terminal in Torsvik. Method: The study is based on a system approach since synergy effects are expected between the different parts in the studied process. Improvement efforts require a system view to avoid sub optimization. The study was performed as a case study with single case design. Primary qualitative methods were used, as semi-structured, unstructured interviews and participating observations. Quantitative methods for collecting data also occurred, but to a minor extent. The authors developed their own research procedure. After the literature review the research procedure was refined, in order to explain how the literature review would be used to answer the objectives. The refined research procedure contains the 6 steps; exploration, current state, identify and describe problems, analysis of problems and recommendations. Conclusion: The mapping resulted in a description of the DDC process current state. Nine problems were identified through the mapping and analysis. Seven of these problems; lack of gate area, long lead time, no one responsible for the entire process, low efficiency in administrative work, missing goods, large amount of handovers, and custom related problems were further analyzed in terms of source, consequences and customer impact and potential solutions. From these seven problems it became clear that five depends upon low IT-support, one way or another. In this case study it became clear that a growing material flow creates a more complex information flow. This information flow often requires to be managed with IT-support, which was missing in this case. The analysis resulted in five short-term and two long-term recommendations. The short-term recommendations are; reduce lead time, share process maps, conduct a workshop with intention to increase efficiency in administrative work, inspection of loaded goods and modify the limit of orders in the IT-system. The long-term recommendations are; investigate possibility to implement IT-support and centralize process responsibility.

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